Passive & Solar-Driven Vaccine Storage Solutions

Reliable Cold Chain Excellence for Remote and Challenging Environments

Our specialized vaccine storage devices represent a breakthrough in global health technology. Developed in collaboration with Global Health Labs and the Gates Foundation, these units ensure that life-saving vaccines remain at stable temperatures in areas with little to no power infrastructure.

1. YBC-5: The "Keg of Life" (Passive Storage)

Jointly developed by AUCMA and Global Health Labs under the Gates Foundation, the YBC-5 is a legendary passive storage device. Known as the "Keg of Life" by Bill Gates, it is the cornerstone of cold chain logistics in extreme environments.

•     • Zero Power Requirement: Uses only ice to maintain temperatures between 0°C to 10°C for over 35 days in ambient temperatures up to 43°C.

•     • Space-Age Insulation: Combines vacuum insulation, bellows insulation, and super-microcellular foaming technology.

•     • Rugged Reliability: Specifically designed for bumpy road transport and severe climates.

•     • WHO Trusted: Designated as the global sole supplier for critical international health events, including Ebola response.

2. YBC-10 SDD: Solar Direct Drive Vaccine Freezer

The YBC-10 SDD leverages renewable energy to meet the highest requirements for safe vaccine storage in off-grid locations.

•     • Solar-Powered Cooling: Utilizes solar energy exclusively with a thermoelectric refrigeration system, eliminating the need for traditional batteries.

•     • MPPT Technology: Features Maximum Power Point Tracking to maximize solar utilization and cooling efficiency.

•     • Advanced Monitoring: Built-in temperature recording and alarm functions with a 30-day data export capability.

•     • Constant Protection: Keeps internal temperature at 2-8°C even under a constant ambient temperature of 43°C.

Technical Specifications Comparison

FAQs

1. What is the "Keg of Life" and who developed it?

The YBC-5, nicknamed the "Keg of Life," was jointly developed by AUCMA and Global Health Labs under the Bill & Melinda Gates Foundation to solve global vaccine storage challenges.

2. How long can the YBC-5 keep vaccines cold without power?

The YBC-5 can maintain an internal temperature of 0-10°C for up to 35 days using only ice, even in ambient temperatures as high as 43°C.

3. Does the YBC-10 SDD require batteries for cooling?

No, the YBC-10 SDD uses solar energy only to meet refrigeration requirements, saving costs and maintenance associated with traditional battery systems.

4. What is the storage capacity of these devices?

The passive YBC-5 model has an effective volume of 5.4L, while the solar-driven YBC-10 SDD offers a larger 10L capacity.

5. What insulation technology is used in these vaccine storage units?

Both units utilize advanced vacuum insulation technology. The YBC-5 further adds bellows insulation and super-microcellular foaming for extreme thermal resistance.

6. Are these devices suitable for transport on rough terrain?

Yes, the YBC-5 is specifically designed for bumpy pavement and severe environments, making it ideal for remote field delivery.

7. What is the temperature range for the YBC-10 SDD?

The YBC-10 SDD maintains a stable internal temperature between 2°C and 8°C.

8. Can I track the temperature history on the solar model?

Yes, the YBC-10 SDD includes temperature recording and alarm functions, supporting the inquiry and export of data from the past 30 days.

9. Does the YBC-5 include an alarm system?

Yes, it features a low-temperature alarm system with a buzzer and digital flickering alerts to ensure vaccine safety.

10. What is MPPT technology in the context of the YBC-10 SDD?

MPPT (Maximum Power Point Tracking) is a module that optimizes the power output from solar panels, ensuring the highest possible energy utilization rate for refrigeration.

11. Is there a lock for security on these units?

Yes, the YBC-10 SDD is equipped with a cover lock for safe storage and to prevent unauthorized access.

12. Why are these devices critical for global health?

They allow for the delivery of vaccines to a 6000-person community in areas without electricity, playing a key role in fighting outbreaks like Ebola.